EU Infringement Package Reveals New Risks for Baltic Energy and Data-Centre Plans
The European Commission’s November 2025 infringement package puts all three Baltic States on the radar for delayed or incomplete transposition of several EU directives.
Formally, these procedures are routine and non-punitive. Substantively, the underlying rules – especially the revised Energy Efficiency Directive (EED 2023/1791) and its data-centre provisions – point to a structural challenge for Latvia, Lithuania and Estonia as they promote AI, cloud and “digital sovereignty” projects on top of already stressed electricity grids.
The infringement signal: not about punishment, but about timing
This round of infringements covers 26 Member States and spans energy efficiency, renewable energy feedstocks, financial markets, firearms rules, cyber-crime and the resilience of critical entities.
For the Baltic region, the common thread is simple: new EU-level obligations are arriving faster than national systems – legal, regulatory and physical – are being adapted.
The EED recast is central here: it sets a binding target to cut EU final energy consumption by 11.7% by 2030 (vs 2020 projections) and requires the public sector to reduce its own consumption by 1.9% per year and renovate at least 3% of public buildings annually. At the same time, it introduces a dedicated reporting regime for data centres, turning them into a visible, monitored energy-intensive sector.
Data-centre reporting: transparency with system-wide side effects
Under the EED framework and Delegated Regulation (EU) 2024/1364, data centres with an installed IT power demand of 500 kW or more must report, once a year, a set of key indicators into an EU-level database – including:
total electricity consumption
Power Usage Effectiveness (PUE)
water use indicators
share of renewable electricity
waste-heat recovery and use
Smaller facilities remain below the reporting threshold, but planned expansions or new AI clusters can quickly push a project over 500 kW into the mandatory regime.
On paper, this is a technical transparency tool. In practice, for small and capacity-constrained systems like the Baltic grids, it can become a lever for regulators, system operators and local communities to scrutinise new high-load connections more closely, especially if reported data confirm emerging bottlenecks.
Baltic reality: grids under pressure before AI scale-up
The Baltic States actively promote AI factories, cloud services, “national LLM” initiatives and new data-centre capacity. At the same time, their electricity systems are already in the middle of a demanding transition:
simultaneous exit from BRELL and synchronisation with continental Europe;
rapid growth of wind and solar projects seeking grid connection;
electrification of transport and heating;
increasing need for balancing, reserves and flexibility.
In 2025, the electricity debate in Brussels has clearly shifted from “more renewables” to “grids, grids, grids”. The Commission’s Grid Action Plan and the forthcoming European Grids Package both underline the same problem: without massive, anticipatory investment in networks, connection delays will grow and the energy transition will stall. Recent industry analysis notes that over 30% of Europe’s low-voltage lines are already more than 40 years old and that distribution grids, not just flagship transmission projects, require a funding and regulatory upgrade.
The Baltic region is not an exception – it is an extreme test case:
connection queues and grid-capacity constraints have already slowed or reshaped renewable projects in all three countries in 2023–2024;
system-service and balancing costs have risen sharply as the region reconfigures its operations after BRELL;
new technologies like battery energy storage systems (BESS) are only now starting to provide relief.
A telling example: according to Latvia’s transmission system operator, Baltic balancing-capacity costs in the first eight months of 2025 reached around €260 million, roughly a quarter of which fell on Latvia.
Image: photos/photo_79@28-11-2025_19-28-14.jpg